Strain engineering technology successfully achieves the formation of stable skyrmion lattices at room temperatureSkyrmion is a nanoscale magnetic vortex structure with topological protection, and is hailed as an ideal candidate for future high-density, low-power information carriers. However, traditional regulation relies on strong magnetic fields or electric currents, and it is difficult to form an ...

Integrating perovskite oxides and layered materials towards future electronicsSpeaker: Wang Xiao, School of Mathematics and Physics & School of Electrical and Electronic Engineering, Nanyang Technological University, Singapore   Report time : June 9 , 2025 ( Monday ) 10:00Report location: Multi-function Hall D-505 , New Building, School of Physical Science and TechnologyReport SummaryWhen artificially ...

Purely magnetic field-controlled valley polarization reversal luminescence in electrically pumped TMDCsIn the study of photoluminescence spectroscopy, non-resonant excitation factors have different effects on the valley polarization properties of different TMDCs materials, which in turn limits the systematic comparative study between systems. To this end, the researchers used an electrically pumped ...

Congratulations to Zhou Xinyi, a doctoral student in Yu Ting's research group, for passing the expert review, obtaining the qualification for national government-sponsored study abroad, and successfully applying for joint training in Professor Jingsheng Chen's research group at the National University of Singapore.

Reciprocal magnetoacoustic interaction in two-dimensional antiferromagnetic semiconductor FePSe 3The coupling of magnons and phonons in two-dimensional antiferromagnetic materials can achieve low dissipation in magnons, and can process and transmit information at higher frequencies. However, in most cases, the propagation of magnons and phonons in magnon devices requires the maintenance of the overall ...

Exploring coexisting phases in transition metal dichalcogenides: Frontier overview, synthesis methods, application scenarios and future prospectsIn the past decade, significant progress has been made in the phase engineering of two-dimensional transition metal dichalcogenides (TMDCs), allowing the control of various phases of synthetic TMDCs and the facile conversion between them. Recently, there has ...

Finalist Prizes: A high-performance probe gift package worth 10,000 yuan and an AFM calendar with beautiful picturesWorks CalendarRelated link: Bruker (AFM) Atomic Force Microscope Photo Contest successfully concluded

Congratulations to Sun Yue , a doctoral student in Yu Ting's research group , for passing the comprehensive review of the Outstanding Innovative Talents Evaluation Group and being selected into Wuhan University's 2024 Basic Discipline Doctoral Outstanding Innovative Talent Training Reform Project

Lighting up the spin: Exploring the potential of two-dimensional magnets in optical spintronicsTwo-dimensional ( 2D ) magnets have made rapid progress since their introduction in 2017. The 2D properties of these 2D magnets, characterized by atomic-level thickness, give them strong magnetic anisotropy, layer-dependent and switchable magnetic order, and the presence of quantum-confined quasiparticles....